Standing out for its exceptional performance, the CAPITONYX series delivers an ultra-spot, long-throw beam of light capable of reaching remarkable distances while maintaining precise beam-angle definition.
Available in four models — 600, 300, 200 and 100 — CAPITONYX provides an ideal solution for the striking illumination of large-scale façades and high-rise buildings, as well as other architectural structures requiring highly defined, impactful lighting at long distance.
In the 600 version, the fully independent control of each LED bank offers complete creative freedom, enabling the design of impressive synchronised or contrasting dynamic effects even on hard-to-reach or remote architectural elements, while ensuring outstanding luminous output.
The official maximum lumen output for the 4000K configuration is:
CAPITONYX 100: 4,984 lm
CAPITONYX 200: 9,968 lm
CAPITONYX 300: 17,195 lm
CAPITONYX 600: 34,390 lm.
All models are available in RGBW, tunable white and static white light (2700K, 3000K or 4000K). The integration of premium-grade RGBW LEDs — available with either 3000K or 4000K white — ensures brilliant white tones alongside a rich and vibrant colour palette. The tunable white configuration, with an adjustable colour temperature range from 2700K to 6500K, offers a versatile spectrum of both bright and softer white tones.
Advanced
control options - DMX, DALI, DALI DT8 (for RGBW and DW versions only) -
give the CAPITONYX series full versatility and precision in lighting
design ensuring maximum flexibility, effortless programmability, and
stunning visual impact in any architectural application.
Available as an option, the Polar Edition features an integrated de-icing system with electrically heated glass, guaranteeing reliable operation even in the most severe cold-weather conditions. A 3G fixing bracket — ensuring optimal resistance even in the harshest and windiest weather conditions — is also available upon request. An optional anti-saline treatment ensures enhanced protection and durability in coastal and high-salinity environments.